ADVANCED PILOT ASSIST SYSTEM (APAS)

The Challenge

The World’s Waterways Are More Complex Than Ever.

Port congestion, crew shortages, and reduced visibility are redefining modern navigation. Traditional systems like ECDIS and AIS offer limited situational foresight.

Every second counts in crowded channels, yet human pilots are forced to interpret fragmented data from multiple displays — increasing workload and risk.

APAS was designed to assist, not replace, pilots and masters — augmenting human decision-making with real-time environmental awareness and predictive autonomy.

Reduce Risk. Optimize Fuel. Scale with Confidence.

The Solution

A New Standard In Autonomy Assisted Navigation.

Sensor Fusion
Combines radar, AIS, and optical sensors with machine vision to deliver a 360° realtime situational model of the vessel’s surroundings.
Performance Tracking and Continual Learning.

Pilot Assist Interface
A simple bridge display that overlays traffic and hazards that matter vs. those that do not— empowering pilots, not overwhelming them.

The Solution

A New Standard In Autonomy Assisted Navigation.

Sensor Fusion
Combines radar, AIS, and optical sensors with machine vision to deliver a 360° realtime situational model of the vessel’s surroundings.
Pilot Assist Interface
A simple bridge display that overlays traffic and hazards that matter vs. those that do not— empowering pilots, not overwhelming them.
Performance Tracking and Continual Learning.